Product Description
BT 161807 is a steer wheel assembly constructed from 85A rubber, designed for manual pallet jacks manufactured by BT. This replacement part addresses steering components in BT manual pallet jacks. No cross-reference or supersession part numbers have been identified. Confirmed as a BT replacement part suitable for industrial maintenance and repair applications.
Compatibility: Fits pallet jacks made by BT, model 161807. Part number BT 161807
Specifications
Material & Construction
| Material | Rubber |
Part Numbers & Compatibility
| Make | BT, Rolatruc, Toyota, Prime Mover |
| Model | LHM230G, LHM230WS |
| Part Number | BT 161807 |
| Compatibility | Fits pallet jacks made by BT, model 161807. |
Wheel Dimensions
| Outside Diameter | 175 mm |
| Width | 55 mm |
Additional Specifications
| SKU Match | BT 161807 listed as a valid part identifier |
Frequently Asked Questions
Q: Which manual pallet jack models is the BT 161807 compatible with?
A: The BT 161807 is compatible with manual pallet jacks made by BT, Rolatruc, Toyota, and Prime Mover, including the LHM230G and LHM230WS models. It is a replacement steer wheel for these applications.
Q: What material is the BT 161807 made from and how does it affect performance?
A: The BT 161807 is made from rubber, which provides grip and durability for industrial use. Rubber also offers flexibility and resistance to wear during operation.
Q: How do I know when to replace the BT 161807?
A: Replace the BT 161807 if the rubber becomes hard, develops cracks, shows uneven wear, or loses grip. Regular inspection can help identify when replacement is needed.
Q: Is the BT 161807 suitable for use with other makes of manual pallet jacks?
A: The BT 161807 is compatible with manual pallet jacks made by BT, Rolatruc, Toyota, and Prime Mover. Compatibility is verified for the LHM230G and LHM230WS models.
Q: What are the benefits of using rubber for a steer wheel?
A: Rubber provides grip and floor contact, making it suitable for applications where traction is important. Rubber may degrade faster in the presence of oils or solvents.
